Epigenetics concept: Genomic imprinting

[@nevinsavio]

Underrated legend of pathology...great sir...

[@dr.life27_02]

You beauty with explaining sir... Now iam preparing for neet /nxt 2024 sir..

[@DrRoton-ln5br]

Amazing! ❤

[@shikshapandeypandey2814]

Nice Explaination..

[@davidmansaray3563]

You made it super easy for me. Thank you so much 👍🏽

[@sridevig1532]

Amazing explanation sir..

[@ragapragnya20]

Super sir

[@Bioinformatics-hi6vx]

Only you made me get this concept right

[@VBsentbyYHWH]

Amazing amazing amazing!🎉

[@pankajverma8137]

Excellent video sir...
Thnq u sir.... 🙏

[@kushagraroy5081]

Thank you so much for this video

[@beingminimal1575]

Great explanation sir...🤘

[@majidullah9388]

In true meaning "the original guru of Pathology"

[@saravanakumar3034]

Wow u are great sir.. 🙏

[@ibtisamir08]

Very nice mashallah 👍

[@snehasinha8570]

Thank you for the clear explanation sir

[@unknown30747]

Refrence book konsi h is topic k liye

[@preetykashyap5314]

Thanks a lot sir.

[@drakashdeep6929]

awesome sir!
thankyou very much

[@selenanguyen9371]

this is amazing omg, I understand now

[@mohsinmanzoor3329]

Nyc

[@sebingeorgethomasthomas6868]

Sir is there any forensic applications

[@profasadkhan3560]

3H , i guess 2H. Hypermethylation and hypo acetylation is enough. Histone modification is both.

[@drpriyeshmaharana]

Subscribed sir

[@unknown30747]

PLZZ provide notes or refrence book of this topic sir

[@sivafunchannel460]

Very good explanation sir, amazing